Select a themes
The development of cross-cutting technologies
Perspective technologies, which transform the market
9 Panels
Big data
Big data sub-technologies provide traceability and interoperability of data, their processing, utilization and enrichment (including using artificial intelligence and machine learning technologies). Some of the key areas of big data development are also software-defined (distributed) data warehousing, predictive analytics and technologies involving the use of trusted (quality) data for business analysis.
New manufacturing technologies
Advanced manufacturing technologies include digital design and modeling, the development of digital doubles of objects and processes, the creation and application of new materials, as well as additive technologies.
Virtual and Augmented Reality Technologies
According to an optimistic scenario introduced in the study by TAdviser and CROC VR, the volume of the Russian market of industrial VR / AR solutions in 2022 may increase by 11.7 times with an average annual growth rate of 85%. The interest for VR / AR-based solutions is shown by the fuel sector, petrochemicals, metallurgy, mining, energy.
Quantum technologies
The key areas in quantum technologies are quantum computing, quantum communications, as well as quantum sensors and metrology. In particular, research is being conducted in the fields of fiber and atmospheric quantum cryptography, physics of cold atoms, quantum optics, nanophotonics, nonlinear optics, and cryoelectronics.
Neurotechnology and Artificial Intelligence
The development of artificial intelligence, which provides quick decision making in real time through the analysis of a large amount of data, is currently associated with the implementation of the following subtechnologies: computer vision, natural language processing, recommendation systems and decision support systems, speech recognition and synthesis, promising methods and technologies in AI, neuro prosthetics, neurostimulation, neurosensing and neurointerfaces.
The Internet of Things and the Industrial Internet of Things
The industrial Internet of things is a set of technologies necessary which are necessary to connect equipment with various applications, platforms and control systems, as well as to receive and analyze data on the state, working conditions and indicators of objects, and to remotely manage them. The introduction of the industrial Internet opens up broad prospects, in particular, for industries such as non-extractive industries, mining, agriculture, electricity and logistics.
Distributed Registry Technologies (Blockchain)
According to the project roadmap for the technologies of distributed registry systems, their usage is aimed at establishing trust in a digital environment, ensuring transparency of transaction history, improving traceability of actions within processes, decentralization of data storage and processing, as well as ensuring the safety of information exchange between process participants and protecting data from unauthorized transactions, follows from the project roadmap for appropriate technology.
Robotics and sensorics
We could name certain technologies, that are standing out today among the key areas of development of robotics and sensorics: manipulators and manipulation technologies, multi-agent systems with a large number of robots, human-machine interaction, intelligent control systems for robotic systems, navigation and environmental sensing technologies etc. Robotic solutions can be implemented in manufacturing industries, mining, agriculture, transportation and storage, as well as healthcare and social services. The consumer sectors of robots are also automobile, shipbuilding and aircraft manufacturing, electronic industry and microelectronics, food industry and hotel business.
Wireless technology
Nowadays, the key trend in the field of high-speed communications is the development of fifth-generation networks (5G). Li-Fi wireless communication technology which uses light wave frequencies and does not generate electromagnetic interference is also being widely distributed today.